Consider a logistics company using Veerum to track fleet telematics. With the old API, fetching real-time positions for 10,000 trucks required polling every five seconds, incurring high latency and cost. With the , the company would establish a persistent WebSocket connection, receiving only deltas (changes in position or status) as they happen. Similarly, in fintech, the new API’s idempotency keys and transactional guarantees could ensure that duplicate payment requests are automatically rejected without custom checks, saving development time and preventing double charges.
A frequent pain point for API consumers is breaking changes introduced without clear migration paths. The "New" iteration of Veerum emphasizes . Following principles of RESTful maturity or GraphQL-like flexibility, the API likely includes machine-readable OpenAPI specifications that update alongside the code. Moreover, Veerum may introduce a natural language query layer—where developers can write near-English requests that the API compiles into efficient database or service calls. This reduces onboarding time from weeks to days, democratizing access to backend capabilities.
Historically, industrial teams have struggled to utilize massive 3D point clouds, drone scans, CAD files, and IoT telemetry because these datasets lived in restrictive, separate silos. The launch of VEERUM’s new API framework, delivered natively through the high-tier VEERUM VisOps Pro+ subscription, bridges these systemic operational gaps. It transforms heavy infrastructure documentation from passive storage files into scalable, programmatically accessible data assets. 🏗️ What is the New VEERUM API? veerum api new
: Bridge the gap between engineering capture and field operations by pushing real-time data into the 3D environment. SSO Integration : Securely manage user access across global teams with Single Sign-On (SSO) Industry Use Cases
Security has been overhauled. The new API uses short-lived JWT tokens with refresh capabilities, conforming to enterprise standards like SOC 2 and ISO 27001. Additionally, intelligent rate limiting ensures that a runaway script cannot DDoS your production Veerum instance. Consider a logistics company using Veerum to track
The API now features streamlined pipelines for ingesting live data from sensors. Teams can overlay real-time temperature, pressure, or vibration data directly onto asset models, enabling immediate remote inspection and predictive maintenance alerts. 2.2. Low-Code/No-Code Connectivity
The New VEERUM API: Powering the Era of Visual Operations (VisOps) Similarly, in fintech, the new API’s idempotency keys
The Evolution: From Static Digital Twins to Extensible VisOps
Veerum’s internal benchmarks for the show significant improvements:
Programmatically match live field reality scans with existing engineering as-builts, tag lists, and Master Data Management (MDM) systems.